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radio network controller
相关语句
  无线网络控制器
     Design for load test tool of radio network controller(RNC)
     无线网络控制器(RNC)话务负载测试工具的设计
短句来源
     A design method of radio network controller
     无线网络控制器的一种设计方法
短句来源
     After the information about the repeater is configured and export to the database of the Serving Radio Network Controller (SRNC), a position of a mobile terminal would be estimated with the OTDOA algorithm.
     该方法首先在直放站中配置直放站相关信息,导入服务无线网络控制器(SRNC)侧定位实体数据库,并以OTDOA定位算法获得一个移动台的位置估计;
短句来源
     Third Generation Mobile Communication System,It is a complex problem about how to how to realize Iu Interface between Mobile services Switching Centre(MSC)and Radio Network Controller(RNC).
     在第三代移动通信系统中,如何实现移动业务交换中心(MSC)和无线网络控制器(RNC)之间的Iu接口是一个复杂的问题。
短句来源
     Each RNC (radio network controller) could be connected to multiple core switching elements through introducing one dynamic routing node between core switching node and RNC.
     通过在核心网交换节点和无线网络控制器(radionetworkcontroller,RNC)之间引入一个动态路由节点,使得每个RNC可以连接到多个核心交换单元.
短句来源
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  “radio network controller”译为未确定词的双语例句
     The Design of PCMCIA Interface of Packet Radio Network Controller
     分组无线网控制器的PCMCIA接口设计
短句来源
     The common framework of a UMTS wireless network includes core network(CN), radio network controller(RNC), basestation(NodeB), and mobile terminal(UE).
     一般UMTS无线网络结构主要由核心网(CN)、无线网络控制(RNC)、基站(NodeB)和移动终端(UE)组成。
短句来源
     The paper emphatically brings the hardware design solution of ATMplatform in RNC(Radio Network Controller)which mainly services for voice.
     并提出了以服务于话音业务为主的二期RNC系统ATM承载平台的硬件设计方案。
短句来源
  相似匹配句对
     Data Radio Network in China
     中国的数据广播网
短句来源
     NETWORK
     网络技术
短句来源
     WCDMA Radio Network Planning
     WCDMA无线网络规划
短句来源
     c network.
     针对特殊的网络分析了纳什均衡的性质;
短句来源
     A design method of radio network controller
     无线网络控制器的一种设计方法
短句来源
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  radio network controller
The estimated interference is then used in base-station or radio network controller to allocate power to users over the next time-slot.
      
This value may be set either permanently in the network dimensioning phase or adaptively by the radio network controller.
      
This interference predictor can be implemented in mobile station, base-station or radio network controller.
      
Typically a T1/E1 circuit is used to provide the link between the base station and the radio network controller.
      


Third Generation Mobile Communication System,It is a complex problem about how to how to realize Iu Interface between Mobile services Switching Centre(MSC)and Radio Network Controller(RNC).This paper analyses the architecture and function of Iu interface,and proposes a design scheme of Iu interface in MSC(CS),which can integrate QoS of service and the resource of software-hardware in system significantly.

在第三代移动通信系统中,如何实现移动业务交换中心(MSC)和无线网络控制器(RNC)之间的Iu接口是一个复杂的问题。该文分析了第三代移动通信系统中Iu接口的构成及其工作流程,提出了一种MSC侧Iu接口的实现方案。该方案可以有效地将业务需求和系统的软硬件资源结合起来。

Aimed at overcoming local network congestion and waste of resource induced by load imbalance between different switching elements, the method presented here for selecting serving core network dynamically for load balance between exchanges was based on the degree of link congestion and telephone traffic. Each RNC (radio network controller) could be connected to multiple core switching elements through introducing one dynamic routing node between core switching node and RNC. For non-access stratum signaling...

Aimed at overcoming local network congestion and waste of resource induced by load imbalance between different switching elements, the method presented here for selecting serving core network dynamically for load balance between exchanges was based on the degree of link congestion and telephone traffic. Each RNC (radio network controller) could be connected to multiple core switching elements through introducing one dynamic routing node between core switching node and RNC. For non-access stratum signaling or traffic, dynamic routing node could select a relatively free switching element via an additional relay link for transferring and switching when the default core switching element or link is overloaded. Local system overload induced by load imbalance between different exchanges can be reduced utilizing this solution, although call loss caused by scarcity of system resource cannot be removed.

为了克服不同交换单元之间负荷不平衡而导致的局部网络拥塞和资源浪费,提出了一种按照链路拥塞程度和呼叫话务量动态选择服务交换单元的局间业务平衡方案.通过在核心网交换节点和无线网络控制器(radionetworkcontroller,RNC)之间引入一个动态路由节点,使得每个RNC可以连接到多个核心交换单元.对于非接入层信令或者业务,当缺省的核心交换单元或者传输链路过负荷时,动态路由节点可以通过附加的中继链路选择一个相对空闲的交换单元实现传输和交换.采用这种方案有利于降低不同交换局业务不平衡而导致的局部的系统过负荷,但无法消除由于系统总体资源不足而引入的呼损.

In WCDMA system, the radio resource management entity is usually implemented in the radio network controller. However, transport format in dedicated channels can be changed frame by frame. This fast format change can be seen as a fast part of the radio resource control, which is fulfilled by MAC and physical layer in user equipment and node B without any need for L3 signaling. Based on this capability and class-based QoS policy, this paper proposed an algorithm for WCDMA uplink load control. The...

In WCDMA system, the radio resource management entity is usually implemented in the radio network controller. However, transport format in dedicated channels can be changed frame by frame. This fast format change can be seen as a fast part of the radio resource control, which is fulfilled by MAC and physical layer in user equipment and node B without any need for L3 signaling. Based on this capability and class-based QoS policy, this paper proposed an algorithm for WCDMA uplink load control. The algorithm consists of iterative rate control and packet scheduling. Simulation results show that the proposed algorithm can achieve fair sharing radio resource and guarantee QoS under multi-service environments.

在WCDMA系统中,小区的无线资源管理通常是在无线网络控制器(RNC)节点内完成.然而,专用传输信道上传输格式可以逐帧改变,基于传输格式的快速变化实际上构成一种无线资源控制能力。这种控制能力是由UE和Node B的MAC实体以及物理层协同完成的,完全不需要三层信令参与。该文根据WCDMA专用传输信道传输格式的快速变化能力,结合基于类的QoS策略,针对上行信道提出一种负荷控制算法,用以支持全分组业务。研究结果表明,在多业务环境下,各个用户能公平共享无线资源、同时能够实现实时业务时延保证。

 
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